| Base Tube OD: | Customized | Material: | Copper， Aluminum， Stainless Steel |
|---|---|---|---|
| Base Tube Thickness: | Customized | Certificate: | ABS， GL， DNV， NK， PED， AD2000， GOST9941-81， CCS， ISO 9001-2015 |
| Fin Type: | G/L/KL/HFW | NDT: | HT/ECT |
| Application: | Heat Exchanger， Condenser， Evaporator | ||
| High Light: | 1060 fin Tube， Carbon Steel fin Tube， A179 fin Tube | ||
Product Description:
G-type fin tubes are a type of extended surface heat exchanger tubes that feature a distinctive fin pattern resembling the letter "G." These fin tubes are designed to enhance heat transfer efficiency in various applications by increasing the surface area available for heat exchange. The "G" shape of the fins provides improved heat transfer characteristics compared to regular smooth tubes.
Features:
1.Enhanced Heat Transfer: The unique G-shaped fins create turbulence in the airflow， promoting better heat transfer between the fluid inside the tube and the surrounding environment.
2.Increased Surface Area: The finned design significantly increases the surface area available for heat exchange， allowing for more efficient thermal performance.
3.Reduced Size and Weight: G-type fin tubes can achieve higher heat transfer rates in a smaller footprint compared to traditional smooth tubes， making them a compact and lightweight solution for heat exchanger applications.
4.Improved Heat Exchanger Performance: By maximizing heat transfer efficiency， G-type fin tubes help improve the overall performance of heat exchangers in various industrial processes.
5.Versatile Applications: G-type fin tubes are commonly used in industries such as petrochemical， power generation， HVAC， refrigeration， and more， where efficient heat exchange is essential.
Technical Parameters:
| Features | Description |
|---|---|
| Material | Copper， Aluminum， Stainless Steel |
| Application | Heat Exchanger， Condenser， Evaporator |
| Base Tube Thickness | Customized |
| Certificate | ABS， GL， DNV， NK， PED， AD2000， GOST9941-81， CCS， ISO 9001-2015 |
| NDT | HT/ECT |
| Fin Type | G/L/KL/HFW |
| Base Tube OD | Customized |
Applications:
1.Air Cooled Heat Exchangers (ACHEs): G-type fin tubes are often used in ACHE units to cool process fluids by exchanging heat with ambient air. These heat exchangers are commonly found in refineries， power plants， and chemical processing facilities.
2.Boilers: G-type fin tubes are utilized in boilers to increase the heat transfer efficiency of the system. The fins on the tubes help in maximizing the surface area available for heat exchange， leading to improved performance.
3.Refrigeration and Air Conditioning Systems: G-type fin tubes are employed in refrigeration and air conditioning systems to enhance the heat transfer process， allowing for efficient cooling or heating of air or liquids.
4.HVAC Systems: G-type fin tubes play a crucial role in heating， ventilation， and air conditioning (HVAC) systems by providing effective heat transfer between the air or fluid circulating within the system and the external environment.
5.Chemical Processing Plants: G-type fin tubes are used in chemical processing plants for various heating and cooling applications， assisting in maintaining optimal process temperatures.
6.Power Generation: G-type fin tubes are also utilized in power generation plants for heat recovery systems， steam generators， and other thermal applications to improve energy efficiency.
Customization:
Model Number: 11276780
Place of Origin: China
Certification: ABS， GL， DNV， NK， PED， AD2000， GOST9941-81， CCS， ISO 9001-2015
Price: Negotiable
Packaging Details: Ply-Wooden Case /Iron Case/ Bundle with Plastic Cap
Delivery Time: 5 – 90 Work Days
Payment Terms: T/T， L/C
Application: Heat Exchanger， Condenser， Evaporator
NDT: HT/ECT
Base Tube Thickness: Customized
Material: Copper， Aluminum， Stainless Steel
Base Tube OD: Customized
Support and Services:
We provide comprehensive technical support and service for our Finned Tube products. Our experienced support staff is available to assist in product selection， installation， troubleshooting， maintenance and repairs. We offer on-site visits and remote diagnostics.
We can provide custom design services for special applications， as well as modifications and upgrades for existing Finned Tube systems. We also provide engineering support， including design and engineering calculations， drawings， and 3D models.
Our service team offers fast response time， flexible scheduling， and 24/7 emergency services. We are committed to providing the highest quality service and technical support.
Packing and Shipping:
Finned Tubes are generally packaged in corrugated cardboard boxes， wooden crates， and metal containers. The packaging material used for Finned Tubes should be such that it can provide good protection to the tubes against mechanical shocks， temperature variations， humidity， and other environmental conditions. The packaging material should also be able to prevent any dust， dirt， and other foreign particles from entering the tubes.
The Finned Tubes are shipped in a variety of ways depending on the requirements of the customers. Generally， the tubes are shipped by air， sea， or land. The most common way of shipping Finned Tubes is by road， as it is the most economical way of transporting them. The customers should also ensure that the shipping process is conducted in accordance with the safety regulations of the country from which the tubes are being shipped.
